A New Relationship Between Voltage , Force , Current , and Electron Drift Velocity

This paper presents a newly proposed formula linking voltage (V) to force (F), electric current (I), and the velocity of electrons (v). The derived equation: V = \frac{F}{I} \times v is based on fundamental principles of electromagnetism and draws inspiration from the Lorentz force concept. The relationship provides a theoretical framework for understanding how electron motion and applied force contribute to the potential difference in a conductor. The paper includes derivation steps, physical reasoning, and possible applications in experimental physics and electrical engineering.